Missha
Missha Snail 3d Sheet Mask - Hydratační Pleťová Maska Se šnečím Extraktem 23.0g
Missha Snail 3d Sheet Mask - Hydratační Pleťová Maska Se šnečím Extraktem 23.0g
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Replenish depleted moisture reserves and calm surface irritation using the Missha Snail 3D Sheet Mask, a 23.0-gram single-use treatment engineered for precise facial coverage. Standard flat masks frequently shift along the nasal bridge or detach at the jawline, creating uneven serum distribution. The molded 3D architecture eliminates this issue by maintaining consistent contact across high-prominence contours while allowing straightforward alignment during placement.
The active substrate is saturated with snail mucin extract formulated alongside hyaluronic acid, peptides, proteins, and glycolic acids. Hyaluronic acid rapidly increases water retention within the upper skin layers, while peptides and structural proteins assist in barrier reinforcement and soothing reactive tissue. The inclusion of glycolic acids promotes controlled surface renewal without abrasive friction, supporting overall skin regeneration and delivering immediate relief to dehydrated or sensitized textures.
Performance Architecture
- Precision-cut 3D layout maintains uninterrupted adhesion across the nose bridge and chin line
- 23.0 gram fluid capacity extends active ingredient contact time across full facial zones
- Hyaluronic acid and peptide complex accelerates tissue hydration and moisture retention
- Gentle glycolic acid fraction facilitates smooth exfoliation and radiant tone
Application Protocol
- Position on freshly cleansed skin, smoothing outward from the center to eliminate air pockets
- Allow the serum to fully penetrate the epidermis before removing from the outer edges
- Distribute remaining liquid to the neck and décolletage for expanded coverage
Integrate this mask into weekly maintenance or pre-event routines when rapid hydration and visible texture improvement are required. The 3D construction ensures that the concentrated snail extract remains fixed against sensitive or uneven topography, maximizing delivery efficiency per dose.
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